IBA ibaInCycle Owner's manual

Brand: IBA

Model: ibaInCycle

Category: Software

Type: Owner's manual

ibaInCycle

Monitoring and analyzing cyclical

or rotating processes

Manual

Issue 1.1

Measurement Systems for Industry and Energy

www.iba-ag.com

Manufacturer

iba AG

Koenigswarterstr. 44

90762 Fuerth

Germany

Contacts

Main oce +49 911 97282-0

Fax +49 911 97282-33

Support +49 911 97282-14

Engineering +49 911 97282-13

E-mail [email protected]

Web www.iba-ag.com

Unless explicitly stated to the contrary, it is not permied to pass on or copy this document, nor

to make use of its contents or disclose its contents. Infringements are liable for compensaon.

The content of this publicaon has been checked for compliance with the described hardware

and soware. Nevertheless, discrepancies cannot be ruled out, and we do not provide guaran-

tee for complete conformity. However, the informaon furnished in this publicaon is updated

regularly. Required correcons are contained in the following regulaons or can be downloaded

on the Internet.

The current version is available for download on our web site www.iba-ag.com.

Version Date Revision - Chapter / Page Author Version SW

1.1 01-2022 ibaAnalyzer-InCycle CR-st 7.3.4

Windows® is a brand and registered trademark of Microso Corporaon. Other product and

company names menoned in this manual can be labels or registered trademarks of the corre-

sponding owners.

1.1 3

ibaInCycle Content

Content

1 About this manual .............................................................................................................6

1.1 Target group and previous knowledge ..................................................................... 6

1.2 Notaons .................................................................................................................. 6

1.3 Used symbols ............................................................................................. ...............7

2 Introducon ...................................................................................................................... 8

2.1 ibaInCycle (ibaPDA)................................................................................................... 8

2.2 ibaAnalyzer-InCycle ........................ ........................................................................... 8

2.3 ibaInCycle proles..................................................................................................... 9

3 System requirements ......................................................................................................10

3.1 Hardware ................................................................................................................ 10

3.2 Soware ................................................................................................................. 10

4 The ibaInCycle interface in ibaPDA .................................................................................. 11

4.1 Arranging and structuring ibaInCycle modules ....................................................... 11

4.2 Know-how protecon ............................................................................................. 13

4.2.1 Introducon ............................................................................................................ 13

4.2.2 Creang a protecon scheme ................................................................................. 14

4.2.3 Applicaon of a protecon scheme ....................................................................... 15

4.2.4 Removing the protecon ........................................................................................ 15

4.2.5 Imporng and exporng protected elements ........................................................ 16

4.2.6 Unlocking protected items ..................................................................................... 16

5 ibaInCycle in ibaAnalyzer ................................................................................................. 17

5.1 The InCycle view in ibaAnalyzer .............................................................................. 17

5.1.1 Conguraon area .................................................................................................. 18

5.1.2 Visualizaon area .................................................................................................... 18

5.1.3 Results area ............................................................................................................ 18

5.1.4 Playback area ............................................................................................ ..............19

6 The cycle view .................................................................................................................21

6.1 Open a cycle view in ibaPDA ....................... ............................................................ 21

6.2 Opening a cycle view in ibaAnalyzer ....................................................................... 22

6.3 Overview of the cycle view ..................................................................................... 23

4 1.1

Content ibaInCycle

6.4 Main window .......................................................................................................... 25

6.4.1 Waterfall ................................................................................................................. 25

6.4.2 Contour view .......................................................................................................... 27

6.4.3 Zoom ............................................................................................. .......................... 27

6.4.4 Legend .................................................................................................................... 28

6.5 Cycle slave graph and cycle slave table ....................... ............................................ 29

6.5.1 Cycle slave graph ....................................................................................................31

6.5.2 Cycle slave table .....................................................................................................34

6.6 Markers ............................................................................................. ...................... 36

6.6.1 Interacve marker .................................................................................................. 37

6.6.2 Congured marker ..................................................................................................40

6.7 Sengs of the cycle view ....................................................................................... 42

6.7.1 Visuals ............................................................................................. ........................ 46

6.7.2 Bands ...................................................................................................................... 47

6.7.2.1 Band curve ........................................................................................................... 49

6.7.3 Markers ............................................................................................. ...................... 50

6.7.4 Base axes ................................................................................................................ 50

6.7.5 Value axes ...............................................................................................................51

6.7.6 Time axis ................................................................................................................. 52

7 The circle view ................................................................................................................53

7.1 Open a circle view in ibaPDA .................................................................................. 53

7.2 Opening a circle view in ibaAnalyzer ...................................................................... 53

7.3 Overview of the circle view .................................................................................... 53

7.4 Markers ............................................................................................. ...................... 55

7.5 Conguraon .......................................................................................................... 56

7.6 Sengs of the circle view ....................................................................................... 57

8 The InCycle Expert module .............................................................................................. 60

8.1 The InCycle Expert prole ....................................................................................... 60

8.1.1 Create and manage proles in ibaPDA ................................................................... 60

8.1.2 Create and manage proles in ibaAnalyzer ............................................................ 62

8.2 Seng calculaon parameters ............................................................................... 66

8.2.1 Samples .................................................................................................................. 66

1.1 5

ibaInCycle Content

8.2.2 Sensor Units ............................................................................................................ 66

8.2.3 Averaging ................................................................................................................ 66

8.2.4 Trigger ..................................................................................................................... 67

8.2.5 Band ........................................................................................................................ 67

8.3 Conguring bands ............................................................................................. ...... 68

8.4 Results of the calculaons of the Expert module ...................................................68

8.4.1 Results in ibaPDA .................................................................................................... 68

8.4.2 Results in ibaAnalyzer ............................................................................................. 68

8.5 Creang an InCycle Expert module in ibaPDA ........................................................ 71

8.5.1 “General” tab ..........................................................................................................71

8.5.2 "Analog" tab ...........................................................................................................73

8.6 Conguraon of a calculaon prole in ibaAnalyzer .............................................. 75

9 TheInCycleAuto-Adapngmodule ................................................................................. 78

9.1 The Auto-Adapng prole ...................................................................................... 78

9.2 Create and manage proles in ibaPDA ................................................................... 78

9.3 Seng the teach-in phase ...................................................................................... 81

9.3.1 Limits ...................................................................................................................... 81

9.3.2 Averaging ................................................................................................................ 82

9.3.3 Events ..................................................................................................................... 82

9.4 Bands ...................................................................................................................... 83

9.5 Seng calculaon parameters ............................................................................... 83

9.6 Visualizaon and results of the Auto-Adapng module ......................................... 84

9.6.1 Characterisc values ............................................................................................... 84

9.6.2 Band results ............................................................................................................ 85

9.6.3 Visualizaon ............................................................................................................ 85

9.7 Creang an auto-adapng module in ibaPDA ........................................................ 86

9.7.1 “General” tab ..........................................................................................................86

9.7.2 "Analog" tab ...........................................................................................................90

9.7.3 “Digital" tab ............................................................................................................ 91

10 Support and contact ........................................................................................................92

6 1.1

About this manual ibaInCycle

1 About this manual

This documentaon describes the funcon and applicaon of the soware

ibaInCycle.

1.1 Targetgroupandpreviousknowledge

This documentaon addresses qualied professionals, who are familiar with handling electrical

and electronic modules as well as communicaon and measurement technology. A person is

regarded as a professional if he/she is capable of assessing the work assigned to him/her and

recognizing possible risks on the basis of his/her specialist training, knowledge and experience

and knowledge of the standard regulaons.

In parcular, this documentaon is aimed at people who deal with the acquision and analysis

of vibraon measurement data. Since ibaInCycle is an integral part of ibaPDA, the following pre-

vious knowledge is required to congure ibaInCycle:

■ Windows operang system

■ Basic knowledge of ibaPDA

1.2 Notaons

In this manual, the following notaons are used:

Acon Notaon

Menu command Menu Logic diagram

Calling the menu command Step 1 – Step 2 – Step 3 – Step x

Example:

Select the menu Logic diagram - Add - New funcon

block.

Keys <Key name>

Example: <Alt>; <F1>

Press the keys simultaneously <Key name> + <Key name>

Example: <Alt> + <Ctrl>

Buons <Key name>

Example: <OK>; <Cancel>

File names, paths "Filename", "Path"

Example: "Test.doc"

1.1 7

ibaInCycle About this manual

1.3 Used symbols

If safety instrucons or other notes are used in this manual, they mean:

Danger!

Thenon-observanceofthissafetyinformaonmayresultinanimminentrisk

of death or severe injury:

■ Observe the specied measures.

Warning!

Thenon-observanceofthissafetyinformaonmayresultinapotenalriskof

deathorsevereinjury!

■ Observe the specied measures.

Cauon!

Thenon-observanceofthissafetyinformaonmayresultinapotenalriskof

injuryormaterialdamage!

■ Observe the specied measures

Note

A note species special requirements or acons to be observed.

Tip

Tip or example as a helpful note or insider p to make the work a lile bit easier.

Otherdocumentaon

Reference to addional documentaon or further reading.

8 1.1

Introducon ibaInCycle

2 Introducon

ibaInCycle monitors all types of cyclically repeang processes, including recurring sequences

and rotang components, such as rollers and gears.

Process signals from cyclical processes ideally exhibit similar behavior within a cycle. ibaInCycle

compares the “learned” or dened good process with the actual process signal and signals de-

viaons immediately, for example via alarm message or e-mail. In addion, a feedback in the

plant control can be implemented to automacally adjust the corresponding parameters.

Since ibaInCycle is seamlessly integrated in ibaPDA, the full ibaPDA connecvity is available to

acquire all possible process signals in a system and to use them to dene the states. ibaInCycle

provides dierent modules, which are congured in the I/O manager of ibaPDA:

■ The InCycle expert module oers a variety of individual conguraon opons for analyzing

the cycles.

■ The InCycle auto-adapng module automacally learns the behavior of the cycles in dierent

process condions and uses this as a reference to automacally idenfy deviaons.

2.1 ibaInCycle (ibaPDA)

ibaInCycle is an integrated technology module of the process data recording system ibaPDA.

ibaInCycle oers features to analyze and display cyclical processes, both for recurring process

steps as well as for rotang mechanics.

An ibaInCycle license makes it possible to use 4 InCycle modules. If more modules are needed,

an addional ibaInCycle license must be purchased for each 4 addional modules.

Order no. Product name Descripon

30.681215 ibaInCycle Analysis of cyclical processes, 4 modules

2.2 ibaAnalyzer-InCycle

The InCycle Expert view is available in ibaAnalyzer without addional license. With the

ibaAnalyzer-InCycle+ license, the results of the InCycle calculaons become available in

ibaAnalyzer as signals, can be exported to databases and used for further processing in reports

or with ibaDatCoordinator.

Order no. Product name Descripon

33.010411 ibaAnalyzer-InCycle+ Oine analysis of cyclic processes: Trending

and output of InCycle results in ibaAnalyzer

1.1 9

ibaInCycle Introducon

2.3 ibaInCycleproles

All InCycle proles with congurable calculaon rules use proles for the conguraon. These

proles can be used to reuse calculaon rules and exchanged between dierent systems or

ibaPDA and ibaAnalyzer. Proles without know-how protecon can be exported and imported

as a le in xml format.

Proleendings

The exported proles of the individual modules have the following le extensions:

■ InCycle-Expert: .inCycleProle

■ InCycle-Auto-Adapng: .inCycleTeachProle

10 1.1

System requirements ibaInCycle

3 System requirements

3.1 Hardware

■ PC, Mulcore CPU 2 GHz, 4 GB RAM, 100 GB HDD

3.2 Soware

■ ibaPDA, version 7.3.4 or higher

■ ibaAnalyzer, version 7.3.0 or higher

1.1 11

ibaInCycle The ibaInCycle interface in ibaPDA

4 The ibaInCycle interface in ibaPDA

4.1 ArrangingandstructuringibaInCyclemodules

Below the ibaInCycle interface in the I/O manager in ibaPDA, the user can establish a hierarchic

structure, e.g. in accordance with the plant structure, by means of directories. Such folders can

be created by right-clicking on the ibaInCycle interface or an exisng folder.

Fig. 1: Context menu of the ibaInCycle interface

If several folders were created on the same hierarchical level, they can be marked by mouse-

click and moved within the level by using the key combinaon <Ctrl>+<cursor up> or <cursor

down> or by drag & drop.

Fig. 2: Context menu of the ibaInCycle subdirectory

InCycle modules can be moved to directories by drag & drop. New modules can be directly add-

ed to a folder via the context menu, too. The folders can be renamed just as you like.

Fig. 3: Context menu of ibaInCycle subfolder, several subdirectories

Based on this hierarchic structure, ibaInCycle groups are automacally created in the "Groups"

secon in the I/O manager. These groups are locked and cannot be modied. You cannot add

signals to a locked group or its sub-group(s).

12 1.1

The ibaInCycle interface in ibaPDA ibaInCycle

Fig. 4: ibaInCycle interface structure and resulng group structure

1.1 13

ibaInCycle The ibaInCycle interface in ibaPDA

4.2 Know-howprotecon

4.2.1 Introducon

The know-how protecon area oers mechanisms for protecng intellectual property associat-

ed with certain calculaons and/or sengs in ibaPDA, which are considered as user know-how

worth protecng.

In principle, the know-how protecon can be applied to all module types which use proles,

such as

■ InSpectra and InCycle modules

■ Computaon module

■ Lookup table

■ Parameter set

■ Process condion

The following protecve funcons are realized:

■ Protecon against change

The protected elements cannot be changed without entering a password.

■ Read protecon

The conguraon of the protected elements is not displayed without entering a password.

■ Dongle protecon

The protected elements are only executed on systems that run with a previously registered

dongle. Several dongle numbers can be registered.

The protecon is realized via so-called protecon schemes that, once dened, can always be

applied again.

Fig. 5: Conguraon of the know-how protecon

14 1.1

The ibaInCycle interface in ibaPDA ibaInCycle

The basic procedure is as follows:

1. Generang a protecon scheme

2. Applying a protecon scheme to an element

4.2.2 Creangaproteconscheme

1. Open the I/O manager and highlight the branch Knowhow protecon in the interface tree

under the node General.

2. Click on the buon with the green plus symbol to add a new rule.

The "New scheme" dialog opens.

The parameters ID and version are automacally generated.

3. Now enter the other parameters and then click on <OK>.

The sengs and entries to be made for a protecon scheme are specically as follows:

Author(oponal)

Enter the name of the author here.

You can enter a note text here about the copyright of the elements protected by this scheme.

“Onlypermitexecuononsystemswithoneofthefollowinglicensenumbers”

Enable this opon if the elements protected by this scheme are only to be executed on systems

with certain license numbers (dongle protecon). Then enter all respecve dongle or license

numbers in the eld below. You can easily enter the number of the respecve connected dongle

using the <Add connected dongle> buon. If you do not enable this opon, there is no execu-

on restricon of the protected elements with respect to the license number.

Password

Enter a password that consists of at least 8 characters. Spaces are not permied. You will need

the password for the following acons:

1.1 15

ibaInCycle The ibaInCycle interface in ibaPDA

■ Viewing the conguraon of a protected element

■ Changing the conguraon of a protected element

■ Changing or removing the protecon scheme

Note

What to do, if you don't know the password anymore?

The password of a protecon scheme is encrypted and saved in the I/O congu-

raon. Note the password and store it in a save place where you can nd it.

If you forgot the password you won't be able to open or edit protected proles

for ibaInSpectra or ibaInCycle, for instance. Because you cannot reset the pass-

word by yourself, the only way to x it is to save the I/O conguraon of your

system and send the conguraon to the iba support desk. You may as well take

the project le or simply generate a support le over the Help menu and send it

to the iba support desk, conjoined with the request for reseng the protecon

scheme passwords.

iba can only remove the passwords but is not able to retrieve them. iba erases

the passwords from the conguraon and send it back to you. Then you can load

this conguraon into your system. Finally, you can dene a new password.

4.2.3 Applicaonofaproteconscheme

An element can always only be protected by one protecon scheme, but a protecon scheme

can be applied to several elements.

If you have elements in your ibaPDA conguraon worth protecng, such as InSpectra proles,

then these elements are shown in the table below in the dialog.

In order to protect one or more elements, rst highlight the desired scheme in the list of the

protecon schemes (top le).

Then highlight the relevant lines at the boom by seng a check mark in the selecon box and

click on the buon <Protect>.

Then enter the password for the respecve protecon scheme and click <OK>.

4.2.4 Removingtheprotecon

In order to remove the protecon for one or more elements, highlight the corresponding lines

in the table below in the dialog by seng a check mark in the selecon box. Then click on the

buon <Unprotect>.

Then enter the password for the respecve protecon scheme and click <OK>.

If you want to remove the protecon for several elements at the same me that are protected

with dierent schemes, then you have to enter the passwords for all respecve schemes in the

password dialog.

16 1.1

The ibaInCycle interface in ibaPDA ibaInCycle

4.2.5 Imporngandexporngprotectedelements

When elements are protected, they can be exported and imported. The conguraon of the

elements is encrypted in the export les (*.proteconScheme). You therefore have an easy way

of spreading protected know-how to dierent ibaPDA systems.

For an export, highlight the desired element and click <Export scheme>. Then select the desired

storage path, enter a le name and close the dialog by pressing <Save>.

If you have highlighted several elements for export, then a prompt dialog appears asking wheth-

er all highlighted elements should be saved in the export le or whether you want to select

more rst.

If you want to import a protected element le, click on <Import scheme>, select the desired le

(*.proteconScheme) and close the dialog by pressing <Open>.

4.2.6 Unlockingprotecteditems

If you want to access protected items in the applicaon, then you must rst unlock the respec-

ve item by entering the password for the protecve rule.

If, for example, you want to view the conguraon of the protected InSpectra proles, then you

must rst enter the password in the “Congure proles” dialog and click on <Unlock>.

The access remains protected unl the I/O manager is closed again.

Fig. 6: ibaInSpectra example: The password must be entered in order to view protected proles.

1.1 17

ibaInCycle ibaInCycle in ibaAnalyzer

5 ibaInCycle in ibaAnalyzer

ibaInCycle is integrated in ibaAnalyzer with the InCycle Expert view. Here you can create proles

and test calculaons oine.

With the ibaAnalyzer-InCycle+ license, the results of the InCycle calculaons become available in

ibaAnalyzer as signals, can be exported to databases and used for further processing in reports

or with ibaDatCoordinator.

5.1 The InCycle view in ibaAnalyzer

ibaAnalyzer-InCycle oers the InCycle Expert view for visualizaon and analysis of InCycle Expert

modules. It is possible to switch between cycle view and circle view in the InCycle Expert view.

The InCycle Expert view consists of 4 areas, which are explained in the following secons.

1Conguraon area

2Visualizaon area

3 Results area

4Playback area

18 1.1

ibaInCycle in ibaAnalyzer ibaInCycle

There are addional buons in the top right area of the view for the view sengs.

Toggling between cycle and circle view

Show/hide the conguraon area

Show/hide the results area

Show/hide the playback area

Sengs for the current view

Preferences for global sengs for all InCycle Expert views

Note

Changes to the preferences are not applied to exisng views.

5.1.1 Conguraonarea

The input signals, triggers and proles of the respecve InCycle module are dened in the con-

guraon area. A detailed descripon can be found at the InCycle Expert module.

See chapter ì The InCycle Expert module, page 60

5.1.2 Visualizaonarea

The visualizaon area of the ibaAnalyzer-InCycle view shows the same view that is used in

ibaPDA for the InCycle module.

A detailed descripon of the cycle view can be found in chapter ì The cycle view, page 21

A detailed descripon of the circle view can be found in chapter ì The circle view, page 53

5.1.3 Results area

The results of the respecve module are shown in ibaAnalyzer-InCycle in the results area at the

boom le.

All characterisc values and output signals of the respecve modules are available as results.

The results always relate to the current cursor posion of the playback area. The calculaon

that was calculated last before this me is displayed.

You can nd the descripon of the results of the InCycle Expert module in chapter ì Results of

the calculaons of the Expert module, page 68

1.1 19

ibaInCycle ibaInCycle in ibaAnalyzer

5.1.4 Playbackarea

In the playback area, you can control the playback of the measurement le (dat format) using

the buons and the slider.

Fig. 7: Playback area

Meaning of buons:

Start / stop playback

Jump to start / end

Reduce/increase replay speed

(The set replay speed is shown on the le (1))

Jump to the next result in the respecve direcon

Display the total me period

Remove one/all zoom level(s)

More features:

1Input of the replay speed

You can enter the factor of the replay speed here. The new speed is adopted by pressing

<Enter>.

The replay speed is relave to the normal speed. For example, 2.00x means that the cur-

rent replay speed is twice the normal speed.

2Display of the replay speed

3 Time marker

On the meline, a black triangle represents the current me stamp. If the me marker is

moved, the InCycle view jumps to the me stamp of the marker. The me marker can be

moved by clicking and dragging it with the mouse. If you click anywhere on the meline,

the marker will jump to this posion.

4Toolp

If you move the mouse over the meline, the me stamp of the mouse posion will be

shown in the toolp.

20 1.1

ibaInCycle in ibaAnalyzer ibaInCycle

The playback area can also be controlled using the keyboard.

Key Funcon

<← > One result backward

< → > One result forward

< ↑ > Increase playback speed

< ↓ > Decrease playback speed

< Space bar > Play / Pause

Zoomingandshiingthemescale

You can zoom in the me scale by drawing a rectangle with the mouse buon pressed down on

the meline.

You can shi the me range by clicking the me axis and then dragging the mouse horizontally.

The cursor then appears as a double arrow.

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IBA ibaInCycle Owner's manual

Brand: IBA

Model: ibaInCycle

Category: Software

Type: Owner's manual

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IBA ibaInCycle Owner's manual

IBA ibaInCycle Owner's manual

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